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DEVICE FOR MEASURING HEAT RADIATION OF OBJECT TO BE MEASURED, METHOD FOR MEASURING HEAT RADIATION OF OBJECT TO BE MEASURED, AND CELL FOR MEASURING HEAT RADIATION

DEVICE FOR MEASURING HEAT RADIATION OF OBJECT TO BE MEASURED, METHOD FOR MEASURING HEAT RADIATION OF OBJECT TO BE MEASURED, AND CELL FOR MEASURING HEAT RADIATION

外国特許コード

F130007742

掲載日

2013年12月5日

出願国

世界知的所有権機関（ＷＩＰＯ）

国際出願番号

2013JP054151

国際公開番号

WO 2013/125571

国際出願日

平成25年2月20日(2013.2.20)

国際公開日

平成25年8月29日(2013.8.29)

優先権データ

特願2012-038747
(2012.2.24)
JP

発明の名称
（英語）

DEVICE FOR MEASURING HEAT RADIATION OF OBJECT TO BE MEASURED, METHOD FOR MEASURING HEAT RADIATION OF OBJECT TO BE MEASURED, AND CELL FOR MEASURING HEAT RADIATION

発明の概要（英語）

The device (100) for measuring heat radiation in an aspect of the present invention is used for detecting the heat radiation of an object (12) to be measured. This device (100) for measuring heat radiation has a cell (10) for measuring arranged so that the focal point of a second lens composed of a first lens (20) and base (16) conforms to, e.g., a portion of the object (12) to be measured on the base (16) when the base (16) of the cell (10) for measuring is in close contact with the plane of the first lens (20), the base (16) being used for transmitting a wavelength of heat radiation through one wall of an accommodation unit for accommodating the object (12) to be measured, which is a liquid or an object containing liquid, the first lens (20) being formed by cutting away a portion of a sphere such that the cross section forms a plane, and the cell (10)

for measuring being used for detecting heat radiation via the first lens (20). This device (100) for measuring heat radiation is provided with a position controller (60) for moving the object (12) to be measured or the first lens (20) into contact with or away from the other in the optical axis direction, a vibration controller (40) for causing the object (12) to be measured or the first lens (20) to vibrate in relation to the other and for the controlling the frequency thereof, and a detector (70) for detecting heat radiation via the first lens (20).